| Project 1 | Development of Intensity Frequency Duration Information across Australia |
| Project 2 | Spatial Patterns of Rainfall |
| Project 3 | Temporal Patterns of Rainfall |
| Project 4 | Continuous Rainfall Sequences at a Point |
| Project 5 | Regional Flood Methods |
| Project 6 | Losses for Design Flood Estimation |
| Project 7 | Baseflow for Catchment Simulation |
| Project 8 | Use of Continuous Simulation for Design Flow Determination |
| Project 9 | Urban Drainage System Hydraulics |
| Project 10 | Appropriate Safety Criteria for People |
| Project 11 | Blockage of Hydraulic Structures |
| Project 12 | Selection of an Approach |
| Project 13 | Rational Method Developments |
| Project 14 | Large to Extreme Floods in Urban Areas |
| Project 15 | Two Dimensional (2D) Modelling in Urban Areas |
| Project 16 | Storm Patterns for Use in Design Events |
| Project 17 | Channel Loss Models |
| Project 18 | Interaction of Coastal Processes and Severe Weather Events |
| Project 19 | Selection of Climate Change Boundaries |
| Project 20 | Risk Assessment and Design Life |
| Project 21 | IT Delivery and Communications Strategy |
| Project 22 | Technology Integration with Design Methodology |
| Project 23 | Document Preparation and Publishing |
| Project 24 | Probabilities of a PMF |